The microstructure evolution of Ti64 has been simulated to investigate the effect of different
factors on the martensitic transformation (MT) in an elastically homogeneous system within a …

Abstract Knowledge of the thermal phenomena that occur during stamping is important for
improving the design and performance of stamping die thermal structures. A new …

Understanding the role of the constituent phase on mechanical properties is the key strategy
for achieving advanced mechanical properties in multiphase TRIP-assisted steels. This work …

The effect of the retained austenite (RA) stability on mechanical properties of a medium-
carbon transformation-induced-plasticity (TRIP) steel at different deformation temperatures …

Liquefied natural gas storage and transportation as well as space propulsion systems have
sparked interest in the martensitic transformation and behaviours of 316 L stainless steels …

A novel low-carbon (C) low-alloy transformation-induced plasticity (TRIP) steel with a
nominal composition of Fe-0.3 C-1.9 Mn-1.0 Si-0.7 Al wt.% was successfully designed by …

The research presented in this article aimed to obtain a semi-finished product in the form of
TRIP wires, which in further research will be used to produce fasteners in the form of KPS-6 …

Наведено невеликий огляд з переліком літератури, що стосується наноструктурованих
сталей, що використовуються в автомобілебудуванні та енергомашинобудуванні …

Наноструктуровані сталі набувають все більшого значення в автомобільній
промисловості завдяки своїм «чудовим» механічним властивостям і потенціалу для …

Magnesium alloys, as the lightest structural alloys, due to their high strength-to-weight ratio
offer significant potential for improving energy efficiency of various transportation systems …